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Car wash app development has reached new heights in the last few years. Building an on-demand app for car wash can enhance business propositions considerably for your company. Therefore, build your car wash mobile app to make the most of the digital opportunities available.

Maruti 800, whose last model was made in Jan 2013, was often termed as the car that changed India. Holding on to that thought, two youngsters from Madhya Pradesh have started to modify the Maruti 800 models into stunning sports car-looking vehicles. They have a hit YouTube channel about the cars.

Taking on the likes of  Tesla, Audi unveiled its first fully electric car, the e-tron SUV. It features a five-seater, all-wheel-drive configuration and two touchscreens for in-car interaction. It can go 0-60mph (0-97kph) in 5.5 seconds. The maximum speed of the car goes up to 124mph (200kph).

Mobile applications have changed every part of the business world, and the car rental industry isn't an exception. Now users can easily book and rent a car in any part of the world via hassle-free online reservation systems and mobile apps.

In 1807, Francois Rivaz gave us the first car to run on fuel gas. Fast-forward to this era and we have cars that can breach 300mph speed records, and sprint from 0-100kmph in under 3 seconds. We are now moving towards a future of self-driven cars. For nostalgia's sake, let's recall the beginnings.

The car parking app is quite the rage now. Drivers find a real catch and help them save both time and money. In large cities, these apps have become quite indispensable as they help reduce traffic inside the city and the occurrence of accidents. It also helps in proper space utilization.

Here's the reason why the well-liked brand Cadillac launched this popular streaming service for cars. For more information you can step forward to Netflix Com

The global self‑driving cars and trucks market size is expected to be approximately 6.7 thousand units in 2020 and is anticipated to expand at a CAGR of 63.1% from 2021 to 2030.

Rick Cavallaro and John Borton have built a cart that moves 2.86 times the speed of the wind, moving straight downwind. That may seem impossible, but after a year of tinkering and some financial assistance from Google and Joby Energy, they did it. Don't believe me? Check out the video. Keep a weather eye out for the green flag at 0:35. Notice how it's blowing the exact opposite direction of the orange wind socks on the cart? That's because the cart is going faster than the wind.

The cart is quite aerodynamic, so it makes a crappy sail, but it's still a sail. The wind gives it a push, and the car starts to roll, however slowly. As it moves along the ground, the wheels turn. At 0 kph the cart has an air speed (relative to the 10 kph wind) of -10 kph. As it gets rolling, it will catch up to the wind in velocity: at 5 kph ground speed, it has a -5 kph relative air speed, and at 10 kph ground speed, it has a relative air speed of 0 kph. At 10 kph ground speed, the cart is just like the balloon, and would not beat the balloon in a race. But unlike the balloon, the cart has a 17-foot propeller linked by a complicated drive train to the wheels. And it's the wheels that provide the work to turn the propeller. Remember that: The wheels turn the prop. Not the wind. Not magic pixie dust. The wheels turn the propeller. That's important. At 0 kph air speed, the propeller, sections of which have already been pulling on the car, really begins to bite on the air. It pulls the car forward exactly as a propeller pulls an airplane forward. The ground speed of the car increases, turning the wheels faster, which turn the propeller even faster, adding yet more acceleration. And now the whole project seems ridiculous,because everyone knows a perpetual motion machine is impossible. But the wind never stops adding power to the system. Come back to the difference between the relative air speed and the ground speed. In the example, the cart reaches a ground speed of 10 kph, and relative air speed of 0 kph. The propeller kicks in and the cart accelerates: Ground speed rises to 20 kph, with relative air speed of 10 kph; then 30 kph ground speed with relative air speed of 20 kph, then it finally reaches a top speed of 28.6 kph, with a relative air speed of 18.6 kph (meaning, going 18.6 kph faster than the wind). There's some loss to friction and to the drive train, but generally the wheels are always doing 10 kph-worth more work then the propeller, because the

While this is a utopian perspective of the future of AI, let's consider another example - an AI-enabled self-driving car runs over a woman trying to cross the road, claiming her life. Although the driver is in the car, AI was in full control. In this scenario, who is to be held responsible for the death of the woman? The manufacturers of the onboard sensory equipment; Designer of the AI system or the person behind the wheel! AI allows machines to 'learn' from data and make decisions, without being explicitly programmed.

Most of us consider connected technology convenient as it comes with app-based control and plenty of 'smart features'. But, the thing is, if this control goes haywire, things can get really messy, something like how it happened for several Tesla owners who got locked out of their cars after the company's app went down. Here's all about the incident.

Learn five critical signs to know when you should replace your car battery before you're stuck on the side of the road.

Driving assistance, autonomous piloting systems, 100% autonomous cars... What is behind these terms and what are the different levels of autonomy?

As 30% of new cars are estimated to come preloaded with Apple CarPlay and Android Auto by 2019, developers look to in-vehicle infotainment systems as a potentially lucrative niche. Read more!